Delay2x3.sh~

#!/bin/sh
#SBATCH --job-name="Delay_2x3"
#SBATCH --output="RESULTS/%j.Delay_2x3.%N.out"
#SBATCH --partition=compute
#SBATCH --nodes=1
#SBATCH --ntasks-per-node=1
#SBATCH --export=ALL
#SBATCH -t 47:59:59

Rows=2
Cols=2
FormulaName="Delay"
FILE="SMT/${FormulaName}_${Rows}x${Cols}.smt2"

#Declaring the Polarities (To be found by the solver)
PolarityDecs=""
for i in `seq 1 $Rows`;
do
	for j in `seq 1 $Cols`;
	do
		PolarityDecs="$PolarityDecs
(declare-const M$i${j}P Bool)"
	done
done


#Declaring the Subsets (To be found by the solver)
SubsetDecs=""
for i in `seq 1 $Rows`;
do
	for j in `seq 1 $Cols`;
	do
		SubsetDecs="$SubsetDecs
(declare-const SubR${i}_C$j Bool)"
	done
done

#Defining ColVal: A function that will return the value of a column at t+1 given the on/off states of the memristors on it
ColValDef="(define-fun ColVal("
for i in `seq 1 $Rows`;
do
	ColValDef="$ColValDef(m${i}_ Bool)"
done
ColValDef="$ColValDef) Bool
	(or "
for i in `seq 1 $Rows`;
do
	ColValDef="$ColValDef m${i}_"
done
ColValDef="$ColValDef)
)"


MainRule="(assert (forall ("
for i in `seq 1 $Rows`;
do
	MainRule="$MainRule(r$i Bool)"
	for j in `seq 1 $Cols`;
	do
		MainRule="$MainRule"
		#(m${i}_${j} Bool)"
	done
done

MainRule="$MainRule)
	(and"
	
#For each row, the previous value should equal the and of the corresponding column in the time frame after
for i in `seq 1 $Rows`;
do
	MainRule="$MainRule
		(= r$i
			(and"
	
	for j in `seq 1 $Cols`;
	do
		MainRule="$MainRule
				(or (not SubR${i}_C$j) (ColVal "
			
		for k in `seq 1 $Rows`;
		do
			MainRule="$MainRule(MemristorVal M${k}${j}P r$k)"
		done	
			
		MainRule="$MainRule))"
	done
		
	MainRule="$MainRule
			)
		)"
done

MainRule="$MainRule
	)
))"


GetValue="(get-value ("
for i in `seq 1 $Rows`;
do
	for j in `seq 1 $Cols`;
	do
		GetValue="$GetValue M${i}${j}P SubR${i}_C${j}"
	done
done
GetValue="$GetValue))"


/bin/cat <<EOM >$FILE

;(define-sort ColSubset () (_ BitVec $Cols) ) ; #Defining the Subset type

$PolarityDecs
$SubsetDecs

; #The value of a memristor in t+1
(define-fun MemristorVal((polarity Bool)(Vr Bool)) Bool
	(= polarity Vr) ; #Positive polarity memristors turn on when row in true (i.e. Vt)
)

$ColValDef

$MainRule

(check-sat)

$GetValue

EOM

date
./z3 $FILE
date